Solar-Log™ References

One of the Largest Photovoltaic Roof-Mounted System in Switzerland

This photovoltaic system is one of the largest roof-mounted systems in Switzerland and is located at the Migros Neuendorf distribution center. It is comprised of 29,737 solar modules which cover an area of 47,679 m2.

PV Specialist Thomas Bollmann: A charged career

Bollmann and his team provide the full range of services for the Wolfsburg AG: monitoring, maintenance and troubleshooting. That is a challenging task since Bollmann manages PV roofs here alone with around half a megawatt output! Here he relies on the Solar-Log 1200, and the professional Solar-Log WEB Enerest™ portal. Together, the perfect tools for monitoring large solar industrial plants.

The true taste of the Swabian Alb.

Regional cuisine and environmentally conscious power generation perfectly complement each other. Looking at the Solar-Log™ continues to captivate Tobias Hailfinger. "When we see that we are consuming almost 100% of the self-produced power, we know that we made the right decision.

The American University of Beirut Goes Green

Great wine thanks to mother nature

The Pfitscher winery is the first in Italy to receive KlimaHaus (CasaClima) certification. This means the Pfitschers’ winery meets numerous requirements for environmental protection and climate-friendliness. They have environmentally friendly power generation from a photovoltaic plant and efficient energy management thanks to Solar-Log™.

Energy Floats Here

Sun and water, the ultimate combination for renewable energy. Power generation on water – a fascinating idea! Floating Solar B.V. has almost completed a 23-megawatt PV plant which will be able to provide about 9,000 families with power.

Plant Monitoring: Solar-Log 1200 + INEPRO 1250

Monitoring System: Solar-Log 2000

The PV system is one of the largest private PV systems in Lebanon. It includes 1,704 panels covering a surface of 4,000 m2, which will be able to deliver 450 kW for a yearly produce of 621 MWh of power.

Plant Monitoring: 3 Solar-Log™ Devices

Plant with 2 CHPs and a Solar-Log 2000

The Solar-Log™ can manage each CHP based on power needs instead of heat needs. This allows the CHP to be operated during the summer months when the power needs reach the threshold defined in the Solar-Log™.

A Photovoltaic System with 968 Installed Panels over 2 Separate Roofs

This is the first commercial scale project for a distribution company in Lebanon, where 968 panels are installed over 2 separate roofs, covering electricity consumption of offices and warehouse areas, with a total capacity of 307 KWp. The system is expected to produce 320 megawatt-hours of energy yearly, with a CO2 saving of 225 tons/year.

The PV Plant was Installed Especially for Training

The PV Training Center was founded by ADLER Solar, a leading full service provider in the solar industry. The project has been implemented within the framework of the Renewable Energy Solutions Program that is coordinated by Deutsche Energie Agentur (dena).

Plant Monitoring: 2 x Solar-Log 1000 PM+

Global Transition to Alternative Energy Sources:

Using the Sun to Replace Diesel

Photovoltaic plants are already an integral part of energy production in many industrialized countries. This technology is only slowly establishing itself in the developing regions of the world. One of the first steps to provide electricity from renewable energy resources has been initiated by BIOHAUS-Stiftung from Willi Ernest with the project "Solar beats Diesel."

A Photovoltaic System on the Roof of the Lebanese Ministry of Energy & Water

PV Plant with Solar-Log™ PM Box

The Solar-Log™ PM Box (EMS – Export Management System) provides additional options for the Solar-Log™ in regard to independent safety functions and compliance in the area of power management and feed-in limitation requirements. The ONIX spa in Kosovo benefits from this function.

A David among many Goliaths

In 2014, the 1st FC Heidenheim 1846 was able to commission the original 250 kWp PV plant on the arena's main roof. A newer building addition was fitted with additional PV modules soon after. Today, the output is at 350 kWp. The cooperative thus achieves an electricity yield of around 270,000 kilowatt hours per year and saves 160 tons of CO2. The ability to cover 80 % of their own power need is remarkable.